The Solar 2201-1 Impedance Matching Pulse Transformer enables the Solar 7054-1 Spike Generator to provide a 600 volt, greater than 10 μS pulse for RTCA DO-160E Section 17.
The Solar 2352-1 Audio Power Amplifier has a wide band frequency response and is capable of providing up to 300 Watts at 1000 Hz into 2.0 Ω at low distortion levels. The 2352-1 requires approximately 0.5 Volts signal...
The Solar Model 2654-2 Lightning Transient Generator System synthesizes electrical impulses needed for testing susceptibility to transients induced in aircraft equipment, providing peak voltage and current requirements of RTCA...
The Solar 2854-1 generator provides 5 μS ±22 %, pulse with a 1.5 μS ± 0.5 μS raise time across a 5.0 ohm non-inductive resistor. Voltage is adjustable to greater then 600 volts. The undershoot is limited...
The Solar 6220-1A Audio Isolation Transformer was especially designed for screen room use in making conducted audio frequency susceptibility tests as required by MIL-STD-461/462 and other EMI specifications. The 6220-1A may...
The transformer is capable of handing up to 200 watts of audio power into its primary over the frequency range 30 Hz to 250 KHz. The turns ratio provides a two-to-one step down to the special secondary winding. The secondary...
The Solar 6254-5S RFI Transient Generator provides up to 250 volts peak amplitude. The output transient shape follows the curve given in Figure 19 of MIL-STD-462. Less than 1.0 microsecond rise time, falling to zero in 8 to 14...
The Solar Electronics LISNs use a series inductor between the test sample and the power source to provide the impedance-versus-frequency characteristic. A coaxial connector with d.c. isolation is provided for connection to the...
Uses a series inductor between the test sample and the power source to provide the impedance-versus-frequency characteristic. A coaxial connector with d.c. isolation is provided for connection to the associated frequency...
The Solar Electronics LISNs use a series inductor between the test sample and the power source to provide the impedance-versus-frequency characteristic. A coaxial connector with D.C. isolation is provided for connection to the...
The Solar 6552-1A 100 watt Solid State Audio Amplifier was specifically designed for use with the Type 6220-1A Audio Isolation Transformer in making conducted audio frequency susceptibility tests as required by MIL-STD-461A/462...
For Insertion Loss Test of EMI Filters With DC Current Flowing Through The Filter The Type 6693-3L/3R/3R RF-DC Isolator Network consists of two units used as buffer networks in performing insertion loss tests on EMI...
The Solar 7054-1 Spike Generator was especially designed for screen room use in applying high voltage transients at power line inputs to electronic equipment. The adjustable amplitude makes it possible to determine the...
The Solar 7054-2 Spike Generator is a 600 V spike generator that fulfills testing requirements for method CS06 of MIL-STD-463, Method 5006.1 of MIL-STD-826A and more. Designed for use in applying high-voltage transients at...
The Solar Electronics LISN 7225-1 Impedance Stabilization Network uses a series inductor between the test sample and the power source to provide the impedance-versus-frequency characteristic. A coaxial connector with d.c...
The Type 7334-1 is equipped with an epoxy-glass base plate which serves as a spacer to enable the user to place the loop at exactly 7 cm from the face of the item under test as required by test procedure RE01 of MIL-STD-462...
The Solar 7399-2 Spike Generator is a Big Bang unit capable of providing high energy spikes with amplitudes adjustable up to 2500 volts, peak, into low impedance loads, as required by paragraph 4.8.5.4 of MIL-E-16400G and...
Plugs into SERIES output terminals of Solar 7054-1 Spike Generator to provide spike levels up to 1200 volts, peak, into 50 ohms load.
The coupling capacitor requirement of MIL-STD-462, Method CS02 now has a solution from Solar Electronics. The 7415-3 R.F. Coupler | High Pass Filter contains a high pass filter in series with the detector circuit to eliminate...
The receptor probe (calibrated for use with oscilloscope) is assembled with a hinged construction allowing it to be placed around the cable under test. The design of this probe includes a calibrating resistor mounted in the...
The Solar 8012-50-R-24-BNC Line Impedance Stabilization Network utilizes a series inductor between the test sample and the power source. This provides the impedance-versus-frequency characteristic. The Solar 8012-50-R-24-BNC...
The Solar 8282-1 Transient Pulse Generator incorporates all the flexibility and technical excellence of the previous models and provides features required by specification MIL-STD-461B/C. The Model 8282-1 provides up to 600...
The Solar 8309-5-PJ-100-N Line Impedance Stabilization Network is for measuring conducted radio interference voltages from active power lines to ground to know the line impedance so that repeatable tests can be made by more...
The Solar Electronics LISN 8328-50-TS-50-N. Impedance Stabilization Network uses a series inductor between the test sample and the power source to provide the impedance-versus-frequency characteristic. A coaxial connector with...
The Solar 8850-1 High Power Sweep Generator provides audio power in a manually tuned or sweeping mode for four frequency bands covering 30 Hz to 100 KHz. Each band can be swept for one minute, or all bands can be swept in...
The Model 8850-2 Power Sweep Generator provides audio power in a manually tuned or sweeping mode for four frequency bands covering 30 Hz to 150 KHz. The sweep rate is compliant with the requirements of Mil-Std-461F for an...
10 kHz - 100 MHz Current Injection Probe, Type N
Specifications require the injection of large high frequency currents into cable bundles and individual wires, using inserted secondary toroidal transformers placed around the conductors being tested. The 9120-1N Injection...
This probe features a "clamp on" design which facilitates installation and speeds the measurement of EMI current testing.
20 Hz - 500 MHz Calibration Test Fixture
The principal use of the bulk current injection probe is for inducing RF current into the signal and power cables of equipment under test to determine conducted RF susceptibility. The injection probe can also be used...
Specifications require the injection of large high frequency currents into cable bundles and individual wires, using inserted secondary toroidal transformers placed around the conductors being tested. The Solar 91441N...
The Solar 9335-2 Multiple Impedance Coupling Device is a split toroid, designed as a versatile impedance matching transformer used in conjunction with a generator as an injection probe for conducted susceptibility tests such as...
The Solar 9336-100-PJ-100-BP Line Impedance Simulation Network is used for testing items which will be installed in spacecraft. They establish an impedance-versus-frequency condition which simulates the d.c. power sources used...
The Solar Model 9354-1 Universal Transient Generator provides nine selectable waveforms, including six damped sinusoidal pulses (10 kHz, 100 kHz, 1 MHz, 10 MHz, 30 MHz, and 100 MHz) and three double exponential pulses (6.4...
The Model 9354-2 Transient Generator was especially designed for the performance of a variety of pulse susceptibility tests on sub-systems and/or equipment, in accordance with MIL-STD-461G, method CS116; also capable of testing...
The Solar 9355-1 Pulse Generator is designed to provide impulse excitation by means of an injection probe placed around interconnecting cables or power wires. The unit uses a charged transmission line (50 ohms) to generate a...
20 Hz - 20 MHz, 50 ohm Calibration Test Fixture for Injection Probes Note: Useable to 100 MHz however above 20 MHz the fixture VSWR exceeds 1.5:1 limit specified in DO160E Section 20.
The Type 9410-1 is a special purpose attentuator designed to attenuate very short duration, high voltage and relatively low duty cycle pulses.
10 kHz - 350 MHz Injection Probe
10 μF Delta Capacitor Assembly
The Solar Electronics 9229-1 Loop Sensor is used for the RS101 test method of MIL-STD-461D for radiated magnetic fields in the frequency range of 30 Hz to 100 KHz to determine the susceptibility or immunity of the equipment...
The Solar Electronics 9230-1 Radiating Loop is used for the RS101 test method of MIL-STD-461D for radiated magnetic fields in the frequency range of 30 Hz to 100 KHz to determine the susceptibility or immunity of the equipment...
Variable Frequency Module This particular model provides tuning of sine waves 1 MHz - 6 MHz.
The Solar Electronics LISNs use a series inductor between the test sample and the power source to provide the impedance-versus-frequency characteristic. A coaxial connector with DC isolation is provided for connection to the...
The Solar Model 7399-3 Spike Generator is a transient immunity generator capable of providing high energy spikes with amplitudes adjustable up to 2500 V peak into low impedance loads, as required by MIL-STD-1399, Section 300B...